Focusing on consistency and adaptability, they at Dekuma have engineered the RT Series solid silicone injection molding machine to meet the rigorous demands of HTV silicone applications. Designed for high-voltage insulation components, these machines provide reliable performance while maintaining precise control during the molding process. Manufacturers benefit from superior output quality, whether producing long-rod insulators, hollow core bushings, or cable accessories.
HTV Injection Molding for High-Voltage Components
Dekuma’s HTV injection molding machine is tailored for solid silicone rubber, ensuring dependable production of large-format components used in power systems. They excel at molding items such as arresters, switchgear parts, and other intricate silicone pieces, offering stable results even in high-volume production. The dedicated design of this solid silicone injection molding machine ensures material consistency, allowing manufacturers to meet strict industry standards without compromise.
Ergonomic Design with Upper Mold Open Structure
They also prioritize operator convenience with the RT Series’ upper mold open structure. By reducing the operating height, machine access becomes more ergonomic and user-friendly. This feature improves setup efficiency and daily production workflows, minimizing strain on operators while maintaining precise molding conditions. The combination of HTV injection control and a practical design ensures that Dekuma machines provide both performance and ease of use in daily operations.
Conclusion
Machines that combine accuracy, dependability, and functionality are what industrial applications demand, and Dekuma knows this. Superior capabilities for high-voltage insulating components are provided by their HTV injection molding solutions and RT Series solid silicone injection molding equipment. These machines enable businesses to consistently produce high-quality silicone parts, such as long-rod insulators and hollow core bushings, due to their ergonomic design and reliable performance.